Alumina mesophases have been synthesized by reacting aluminum alkoxides and carboxylic acids with controlled amounts of water in low-molecular-weight alcoholic solvents. Calcination of these materials yields aluminas that are thermally stable to 1073 K and contain randomly ordered pores. Specific surface areas as high as 710 m2/g and narrow pore size distributions centered at 20 Å that do not contain “zeolitic” micropores are exhibited by the calcined solids
The aim of the present study was double: the synthesis of mesoporous aluminas in aqueous medium and ...
Facile synthesis of hexagonally ordered mesoporous aluminum oxide thin films on glass has been repor...
A key scientific objective has been the synthesis of mesoporous materials with higher amount of tetr...
Alumina mesophases have been synthesized by reacting aluminum alkoxides and carboxylic acids with co...
An efficient route to stabilize alumina mesophases derived from evaporation-induced self-assembly is...
<div><p>Mesoporous gamma-aluminas (γ-Al2O3) were synthesized starting from an unusual precursor of p...
We report a new synthetic route of thermally stable alumina mesoporous molecular sieves with a catio...
The facile synthesis of highly ordered mesoporous aluminas with high thermal stability and tunable p...
Very stable, amorphous mesoporous aluminas of the TUD-1 structure type with high surface areas (simi...
We have synthesized alumina mesoporous molecular sieves with a cationic surfactant (CTAB) exhibiting...
By varying concentration of PEG1000 as a structure-directing agent, mesoporous alumina with excellen...
Mesoporous alumina was synthesized from AlCl(3) and NaAlO(2) using methylcellulose (MC) as the templ...
Large mesoporous aluminas have been prepared by the hydrolysis of aluminum tri-sec-butoxide in the p...
A precipitation method is proposed for easy, fast and inexpensive method to prepare ordered mesoporo...
Mesoporous alumina films with large-sized cage-type mesopores were prepared by using commercially av...
The aim of the present study was double: the synthesis of mesoporous aluminas in aqueous medium and ...
Facile synthesis of hexagonally ordered mesoporous aluminum oxide thin films on glass has been repor...
A key scientific objective has been the synthesis of mesoporous materials with higher amount of tetr...
Alumina mesophases have been synthesized by reacting aluminum alkoxides and carboxylic acids with co...
An efficient route to stabilize alumina mesophases derived from evaporation-induced self-assembly is...
<div><p>Mesoporous gamma-aluminas (γ-Al2O3) were synthesized starting from an unusual precursor of p...
We report a new synthetic route of thermally stable alumina mesoporous molecular sieves with a catio...
The facile synthesis of highly ordered mesoporous aluminas with high thermal stability and tunable p...
Very stable, amorphous mesoporous aluminas of the TUD-1 structure type with high surface areas (simi...
We have synthesized alumina mesoporous molecular sieves with a cationic surfactant (CTAB) exhibiting...
By varying concentration of PEG1000 as a structure-directing agent, mesoporous alumina with excellen...
Mesoporous alumina was synthesized from AlCl(3) and NaAlO(2) using methylcellulose (MC) as the templ...
Large mesoporous aluminas have been prepared by the hydrolysis of aluminum tri-sec-butoxide in the p...
A precipitation method is proposed for easy, fast and inexpensive method to prepare ordered mesoporo...
Mesoporous alumina films with large-sized cage-type mesopores were prepared by using commercially av...
The aim of the present study was double: the synthesis of mesoporous aluminas in aqueous medium and ...
Facile synthesis of hexagonally ordered mesoporous aluminum oxide thin films on glass has been repor...
A key scientific objective has been the synthesis of mesoporous materials with higher amount of tetr...